Company Filing History:
Years Active: 2019-2022
Title: The Innovative Contributions of Tomoko Ohki
Introduction: Tomoko Ohki is a prominent inventor based in Ibaraki, Japan. She is recognized for her innovative work in sensor technology, particularly focusing on dryness and wetness responsive sensors. With two patented inventions to her name, Tomoko has made significant strides in enhancing the sensitivity and responsiveness of these devices.
Latest Patents: Tomoko Ohki's latest patents include a groundbreaking dryness/wetness responsive sensor. This invention aims to provide a small-sized sensor that detects galvanic current with high sensitivity. The sensor comprises a thin wire made of a first metal and another made of a second, different metal, which are arranged in juxtaposition on an insulating substrate. A notable aspect of this invention is that the surface state between the wires can be hydrophilic or hydrophobic, thus influencing the sensor's performance.
Another patent focuses on a dryness/wetness responsive sensor that further decreases size while improving sensitivity and responsiveness. This invention similarly consists of thin wires of different metals disposed in close proximity, with a spacing of 5 nm to less than 20 micrometers, optimizing their effectiveness in detecting moisture levels.
Career Highlights: Tomoko Ohki currently works at the National Institute for Materials Science, where she applies her expertise in materials technology and sensor development. Her dedication to her research showcases her commitment to advancing scientific knowledge and innovative applications in this field.
Collaborations: Throughout her career, Tomoko has collaborated with notable colleagues, including Jin Kawakita and Akihiko Ohi. These collaborations highlight the importance of teamwork in the research environment and emphasize the collective effort required to bring innovative ideas to fruition.
Conclusion: Tomoko Ohki stands out as a leading figure in sensor technology innovation. Her contributions reflect her deep understanding of materials and their applications. With her two patented inventions, she continues to pave the way for advancements in responsive sensor technologies, demonstrating that the intersection of creativity and science can lead to impactful solutions.